Smart light source with integrated operational parameters data storage capability

Abstract

A light source having a light generator, a sensor for sensing operational parameters of the light generator, and a light source data storage device integrated with the light generator and operatively coupled to the sensor, for storing operating data correlated to the operational parameters of the light emitter. The light source also typically has a light source housing, to which are mounted the light generator, the sensor and the light source data storage device.

Description

FIELD OF THE INVENTIONThis invention relates to the field of light emitting devices, and in particular, to replaceable bulbs, lamps and other light emitters.BACKGROUND OF THE INVENTIONSpecialized light emitting devices, such as those used in photocuring applications, frequently utilize replaceable light sources which have been designed to emit light within specified parameters, under certain standard operating conditions. Such light sources are typically engineered to rigid standards, and as such are expensive to manufacture and purchase.These types of light sources also frequently possess a limited operational lifespan in which the generated light meets acceptable parameters. This lifespan can be shortened by operating the light emitter under non-optimal conditions. The quality of the generated light can also be affected by operating under less than ideal operating conditions.For example, in the context of an arc lamp, the operating temperature of the anode and cathode can affect t...

AI Technical Summary

Benefits of technology

"The present invention is about a light source that stores data about its operation. The light source has a sensor to measure its performance and a data storage device to collect and store data about the sensor. The light source also has a housing and a controller to manage the data. The invention also includes a light emitting device with a controller and a light source that communicates with the controller. The device also has a power source and a light source reader that can retrieve data from the light source. The technical effect of this invention is to provide a light source that can adjust its performance based on data collected from its sensor and external controllers, resulting in improved efficiency and performance."

Problems solved by technology

Such light sources are typically engineered to rigid standards, and as such are expensive to manufacture and purchase.

These types of light sources also frequently possess a limited operational lifespan in which the generated light meets acceptable parameters.

The quality of the generated light can also be affected by operating under less than ideal operating conditions.

Similarly, the temperature of the lamp at the time of striking (or restriking) of the lamp can also affect the lamp's performance.

Because such emitters tend to be expensive, occasionally they are returned to the manufacturer with a request for a free replacement or other consideration on the basis that the emitter failed to perform within specified parameters for its guaranteed lifespan.

Such claims are generally impossible to verify by the manufacturer, since the manufacturer cannot confirm either the number of operating hours the emitter has undergone, or whether the conditions under which the light source was operated conformed to specifications.

When emitters are interchanged for different applications and stored for later use, it can be difficult for a user to ascertain how many operating hours a particular emitter has performed, and hence to predict its remaining useful operational life.

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